An adjuster arriving at a commercial loss wants answers a roof can give: where water entered, what the membrane looked like before the event, which damage came from the storm and which was already there. A restoration contractor on the interior side wants the roof stopped so drying can begin and stay done. On a West Jordan, UT roof, a loss can come from heavy snow and ice, a wind event, a fire, or water that works its way through a roof opened by an earlier freeze and thaw. We serve both sides with a dry-in that protects the building and a record the claim file can rely on.
First visit: stop the water, record the roof
The first job on a loss call is to keep more water from entering, since every added hour of exposure grows the interior bill. We find the opening, cover it with a temporary patch, tarp or sheet and photograph it before and after. The photos show the damage in place, the method of the temporary repair and the surrounding roof condition, so the later estimate does not mix the event with the roof's age.
Our emergency roof repair answers at any hour. A restoration crew that arrives at midnight with a dehumidifier plan can count on the roof being stopped before they set equipment, and the interior team can see the roof notes before drying decisions are made.
Temporary materials are chosen so they can come off cleanly. A patch over a split membrane is meant to be cut out with the failed sheet, a tarp is weighted or secured to solid substrate beyond the damage, and drains are kept clear so the stop does not send water somewhere new. Each item is listed in the follow-up note with a date for removal or replacement, so nothing temporary becomes permanent by neglect.
Cause and origin on the roof
Separating storm damage from wear is the central roofing question in most commercial claims. A torn corner after a windstorm looks different from a seam that opened slowly over several years: the first shows clean tearing, lifted adhesive and debris, the second shows dirt in the gap, stained insulation below and a pattern that repeats along the seam line. We note those differences with photos and measurements, and we say plainly when the evidence is mixed.
Wind events often show at corners and edges, so a wind damage review starts there. Snow and ice events show at drains, valleys and low areas, which is where a snow and ice damage review begins. Fire events leave heat damage and soot that a fire damage review documents separately.
Prior repairs are part of the evidence. A roof with several old patches around one penetration tells a different story from a clean roof with a single fresh tear, and records of earlier work help the adjuster see what was known before the loss. We keep dated repair logs for roofs we maintain and read the patch history on roofs we have not.
Moisture mapping for scope and drying
A visible tear is only part of a loss. Water that entered through it spreads through insulation and along the deck, and the wet area can be much larger than the opening. An infrared moisture survey maps that area, and core samples confirm it at selected points. The map sets the repair boundary: remove and replace the wet insulation, dry what can be dried and leave the dry sections in place.
That boundary matters to everyone. The adjuster sees why the scope is larger than the visible hole, the owner sees that the work stays within the loss area, and the restoration team knows when the roof side is complete so they can finish drying below.
Timing affects the reading. Infrared images work best when the sun has warmed the roof and then cooled, and wet insulation holds heat longer than dry. A survey run too soon after a storm may show surface water instead of trapped moisture, so we choose the time of day and the days after the event with that in mind.
Estimate and scope in claim language
Claim estimates read best when each line ties to a photo and a location on the roof. We break the work into temporary protection, permanent repair, replacement of affected sections and code-related items such as added insulation or drainage corrections. Each category has quantities and a short description. Our insurance claim documentation lays these out so that a reviewer can follow the story from the first photo to the last line.
Where a repair triggers code items, we say so and cite the reason in the estimate. Under the 2024 model codes the state brought in on July 1, 2026, a replaced section may need more insulation than the roof it replaces. We flag that early to avoid a supplement request at the end.
Pricing follows quantities and conditions: the area of removal, the depth of wet insulation, the number of penetrations, lift access and the hours the building allows. We state those drivers in the estimate so a reviewer sees why a number moved between the first visit and the final scope.
Coordination with restoration and contractors
Commercial losses bring several parties to one site: the adjuster, the owner or manager, a restoration firm, an electrician, perhaps a general contractor for rebuild work. The roof sits in the middle of that sequence, because interior work cannot be completed under an open or wet roof. We share the roof schedule with the others, update it when weather shifts, and give the property manager one note instead of three phone calls.
When the building is managed by a property management company, we align the roof work with tenant notices and access rules. The adjuster gets copies of the same documents the manager gets.
Valley patterns: snow weight, melt and sun
Salt Lake Valley winters bring recurring snowfall and a cold season with repeated freezing, and summers are warm. Airport weather normals are a regional reference rather than a measurement at each building, so a claim file should describe the event on the roof and not rely on a distant record alone. Ice at a drain, snow drift against a parapet or a freeze that splits a seam all leave marks that a roof walk can find days later.
Buildings in West Valley City and other parts of the valley share the same season, and our notes record the date of each visit so a later reviewer knows how the roof looked when it was found. Hot, bright summers add their own wear, and a roof that was weakened by heat can fail more readily under the next storm.
Commercial Roofing Questions
Can you document a loss for an adjuster before repairs?
Yes. We photograph the damage, the temporary protection and the surrounding roof, and we record dates and locations.
How do you tell storm damage from age?
By the evidence on the roof: clean tears and lifted adhesive point to an event, while dirt in a gap and staining below point to slow wear. We note both.
Will you work with a restoration contractor?
We do. The roof dry-in comes first so drying can begin, and we share the roof schedule and moisture findings with the restoration crew.
Do you handle supplement requests?
We provide photos and notes for items found after tear-off, such as extra wet insulation, so the adjuster can review them quickly.
Can you attend a reinspection?
We can meet the adjuster on the roof, walk the findings and answer questions about the repair boundary.
Call with the loss date and the opening
Tell us when the loss happened, where water entered and how roof access works. We will send a crew for dry-in, record the roof for the claim file, and set the permanent repair line once the roof is stable.